Program Overview

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Mechatronics Program

The Mechatronics Program is a 10-semester program that focuses on the study of mechatronics and its various applications in industrial automation, cars, Nano-mechatronic, and biomechanics.

Overview

The program aims to provide students with a strong foundation in mechatronic systems and their design methods. It covers a wide range of topics, including engineering drawing, physics, mathematics, and computer engineering.

Curriculum

The program consists of 61 courses, with a total of 166 credit hours. The curriculum is designed to provide students with a comprehensive understanding of mechatronics and its applications.

Course Description

The program covers various aspects of mechatronics, including mechanical engineering, electrical engineering, and computer science. Students will learn about the principles of mechatronic systems, design methods, and applications in industrial automation, cars, and biomechanics.

Advantages of the Program

The Mechatronics Program is popular at both local and international levels. It provides students with a strong foundation in mechatronics and prepares them for careers in various industries, including automotive, robotics, and automation.

Graduate Attributes

Graduates of the program will be able to:

• Understand the principles of theoretical and practical knowledge of mechatronic systems and their design methods.
• Use the latest technologies to find reliable and innovative mechatronic solutions for industrial and life problems.
• Deal and coordinate with various disciplines and maximize the graduates' administrative abilities to compete locally and globally.
• Design, develop, and maintain mechatronic systems.

Learning Outcomes

Upon completing the program, students will be able to:

• Demonstrate knowledge of the principles of theoretical and practical knowledge of mechatronic systems and their design methods.
• Develop the student's research ability using the latest technologies to find reliable and innovative mechatronic solutions for industrial and life problems.
• Develop the students' ability to deal and coordinate with various disciplines and maximize their administrative abilities to compete locally and globally.
• Take into account the student's ethical and environmental considerations.
• Design, develop, and maintain mechatronic systems.
• Set up and operate independent automatic and/or autonomous production lines based on integrated systems, PLC, and SCADA.
• Deal with modern maintenance systems such as MHM monitor for hardware, software, or both in the mechatronic system.

Work Areas

Graduates of the program can work in various industries, including:

• Automobiles industry
• Robotics industry
• Automation
• System design
• Embedded systems
• Bionics systems design
• Electric vehicles

Tuition Fees

The tuition fees for the program are:

• Egyptians: 75,900 EGP
• Non-Egyptians: 5,500 USD

Instructors

The program is taught by a team of experienced instructors, including:

• Prof. Gamal El-Nashar
• Ayman Abd-Elhamed
• Ahmed Ramadan
• Alaa Adam
• Tawfik Ismail
• Ahmed Refaat
• Mohamed Tolan
• Ayman Elshabrawy
• Gaber Magdy
• Mohamed Dagher
• Ahmed El-Shalaany
• Ammar Eissa
• Ahmed Saeed
• Ali Soliman
• Ibrahim Hassan
• Haitham Essam
• Ahmed Thabet
• Ahmed Essam
• Moustafa Taema
• Ismail Nour

Semester 1

The first semester consists of 8 courses, including:

• Engineering Drawing (1)
• Physics I
• Mathematics I
• Statics
• University Requirement (0)
• University Requirement (1)
• University Requirement (2)
• University Requirement (3)

Semester 2

The second semester consists of 7 courses, including:

• Engineering Drawing (2)
• Production Engineering
• Engineering Chemistry
• Introduction to Engineering Physics
• Mathematics II
• Dynamics
• University Requirement (0)

Semester 3

The third semester consists of 6 courses, including:

• Thermal Energy
• Physics II
• Mechanical Engineering Drawing
• Differential Equations
• University Requirement (4)
• University Requirement (5)

Semester 4

The fourth semester consists of 5 courses, including:

• Electrical Circuits
• Electronic Circuits
• Machine Construction
• Manufacturing Technology
• Metallurgy & Material Testing

Semester 5

The fifth semester consists of 5 courses, including:

• Stress Analysis
• Fluid Mechanics
• Heat & Mass Transfer
• Rigid Body Dynamics
• Numerical Analysis

Semester 6

The sixth semester consists of 5 courses, including:

• Mechanics of Machines & Vibrations
• Machine Elements Design
• Thermodynamics
• Automatic Control
• Electrical Machines

Semester 7

The seventh semester consists of 6 courses, including:

• Industrial Robotics
• Additive Manufacturing 1
• Power Electronics & Motor Drives
• Structured Programming
• Elective Course (1)
• Elective University (1)

Semester 8

The eighth semester consists of 7 courses, including:

• Mechanical System Design
• Measurement & Instrumentation
• Sensors & Measurement Systems
• Advanced Automatic Control
• Industrial Project
• Mechatronic Systems Design
• Elective University (2)

Semester 9

The ninth semester consists of 6 courses, including:

• Microcontroller & Embedded Systems
• Design of Autonomous Systems
• Graduation Project 1
• Elective Course (2)
• Elective Course (3)
• Elective Course (4)

Semester 10

The tenth semester consists of 6 courses, including:

• Graduation Project 2
• Elective Course (5)
• Elective Course (6)
• University Requirement (6)
• University Requirement (7)
• Elective University (3)